The approach of basing a drug prescription on the results of a single-gene test is called Pharmacogenetics.
<h3>What is Pharmacogenetics?</h3>
- Pharmacogenetics is the study of how a person's genetic make-up or genes affect how they react to pharmacological therapy. None are better predictors of how the patient will respond to medication than their genetics, but diet, general health, and environment all have a substantial impact.
- By using pharmacogenetics, a healthcare professional can select the medication and dosage that are most likely to be effective for each specific patient.
- The current one-size-fits-all method of medicine selection and dosage may be replaced by therapy tailored to a patient's particular genetic traits some years later.
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Answer:
I would say part of an ecosystem and community.
Explanation:
An ecosystem is a biological community of interacting organisms and their physical environment .In the bottom of the sea,there are already many animals living here and when the whale fall appears at the bottom of the ocean it becomes apart of the ecosystem as it provides them with food.
This is because when a whale dies, its body often falls to the seafloor. The whale's body then becomes food and shelter for organisms in the deep sea. This is called a whale fall. A deep-sea whale fall might support 200 different species for as long as 10 years! Larger species, such as Atlantic hagfish, are the first to arrive to feed on the whale flesh. Later, smaller species of snails and crustaceans come to eat the remaining flesh. Worms burrow into the sand beneath the whale body, and bacteria feed on the whale bones.
Answer:
d. maintains all reactions in a pathway near the equilibrium of each.
Explanation:
In living organisms, control processes similar to the control processes used in technology take place in a purely formal way, one can look at living beings as cyber machines. Governance and regulation are fundamental principles of the organization of the living. According to the type of signal or transmission of information, four different types of biological control processes are distinguished:
- Neural
- Hormonal
- Differential gene expression in which substrate or substrate-like effectors are signaling agents.
- Feedback and forward control mechanisms in which the metabolites themselves act as direct signals to control their own degradation or their own synthesis.
